CN207717692U - Inside pry through eddy current probe - Google Patents
Inside pry through eddy current probe Download PDFInfo
- Publication number
- CN207717692U CN207717692U CN201721853368.8U CN201721853368U CN207717692U CN 207717692 U CN207717692 U CN 207717692U CN 201721853368 U CN201721853368 U CN 201721853368U CN 207717692 U CN207717692 U CN 207717692U
- Authority
- CN
- China
- Prior art keywords
- module
- endoscope
- pneumatic
- electric
- cable
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Endoscopes (AREA)
Abstract
The utility model belongs to nuclear power inservice inspection applied technical field, and in particular to prying through eddy current probe in one kind；The probe endoscope module is located at front end, electric and pneumatic module is arranged in endoscope module rear end, electric and pneumatic module is connect by metal spiral pipe with coil module, coil module front and back end is separately connected alignment positioning device, vortex cable is connect with coil module, coil module is hollow structure, endoscope module cable is connect across coil module with endoscope module, the service cable or tracheae of electric and pneumatic module are connect across coil module with electric and pneumatic module, it is vortexed cable, endoscope module cable and electric and pneumatic module service cable are exported by composite cable.The utility model increases the safety of endoscope module, meanwhile the electric Drive Mode of the electric and pneumatic module of the utility model keeps endoscope module telescopic process steady, stability is high, pneumatic actuation pattern allows axial space to shorten, and effectively passes through bend loss in endoscope module.
Description
Technical field
The invention belongs to nuclear power inservice inspection applied technical fields, particularly belong to vortex and video check field, specifically relate to
And eddy current probe is pried through in one kind.
Background technology
Steam generator heat-transfer pipe is the pressure boundary of nuclear reactor coolant system, and area accounts for primary Ioops pressure boundary
70% or more.Since heat-transfer pipe is the thin-wall tube of 1mm or so, and operating condition is also very severe, so heat-transfer pipe one
It is directly primary Ioops pressure boundary link the weakest.International nuclear power operating statistic data show there are about 50% or more with
The different degrees of breakage of heat-transfer pipe occurs for steam generator, domestic and international each nuclear power country to heat-transfer pipe implement preservice inspection and
Inservice inspection.
It is found in nuclear power plant's heat-transfer pipe inservice inspection for many years and preservice inspection, the surface found for eddy current inspection lacks
It falls into, more intuitive method is needed to confirm, for the near surface flaw that eddy current inspection is found, need to check its surface state, it is existing
The drawbacks of eddy current inspection presence is not intuitive, and video can not check near surface.
Invention content
The purpose of the present invention is to provide prying through eddy current probe in one kind, it can effectively overcome eddy current inspection not intuitive, together
When make up the drawbacks of video can not check near surface, and the abnormal position that can be found to vortex regard in time
Frequency supplement checks.
In order to solve the above-mentioned technical problem, the technical solution adopted by the present invention is：
Eddy current probe is pried through in one kind, which includes endoscope module 1, electric and pneumatic module, coil module, metal
Solenoid, alignment positioning device are vortexed cable, endoscope module cable and composite cable；
Endoscope module is located at front end, and electric and pneumatic module, electric and pneumatic module is arranged in endoscope module rear end
It is connect with coil module by metal spiral pipe, coil module front and back end is separately connected alignment positioning device, is vortexed cable and line
Module connection is enclosed, coil module is hollow structure, and endoscope module cable is connect across coil module with endoscope module, electronic
Or the service cable or tracheae of pneumatic module are connect across coil module with electric and pneumatic module, are vortexed cable, endoscope mould
Group cable and electric and pneumatic module service cable are exported by composite cable.
The endoscope module, electric and pneumatic module, coil module, metal spiral pipe outside diameter are less than heat transfer bore；
When endoscope module stretches into heat-transfer pipe to be measured, middle positioning device is contacted with heat transfer inside pipe wall, and the middle positioning device makes to stretch
The endoscope module entered in heat-transfer pipe is in heat-transfer pipe shaft core position.
The endoscope module carries LED light lighting module, and LED light lighting module has dimming function.
The electric and pneumatic module includes motor and electric transmission axis；Endoscope module is mounted on electric transmission axis,
Motor rotates and reverse that endoscope module is driven to extend and retract in safeguard protection shell.
The electric and pneumatic module includes tracheae, piston, spring and pneumatic transmission shaft；Endoscope module is mounted on pneumatic
On transmission shaft, by tracheae aerating, piston pushes pneumatic gearing axis that endoscope module is ejected containment, and spring is utilized after relaxing one's efforts
Elastic force will endoscope module withdraw containment in.
The present invention's has the technical effect that：
(1) eddy current probe is pried through in present invention one kind, electric and pneumatic module makes endoscope module have Telescopic, when
When endoscope module does not work in retraction containment, needs to stretch out when work, increase the safety of endoscope module.
(2) eddy current probe, the electric Drive Mode of electric and pneumatic module, endoscope module peace are pried through in present invention one kind
On electric transmission axis, motor rotates and reverse that endoscope module is driven to extend and retract in safeguard protection shell, makes interior peep
Mirror module telescopic process is steady, and stability is high.
(2) eddy current probe, the pneumatic actuation pattern of electric and pneumatic module, endoscope module peace are pried through in present invention one kind
On pneumatic gearing axis, by tracheae aerating, piston pushes pneumatic gearing axis that endoscope module is ejected containment, after relaxing one's efforts
Endoscope module is withdrawn in containment using the elastic force of spring；The pattern allows axial space to shorten, effectively in endoscope
Module passes through bend loss.
Description of the drawings
Fig. 1 is to pry through eddy current probe schematic diagram in present invention one kind；
In figure：1- endoscope modules, the electric and pneumatic modules of 2-, 3- coils module, 4- metal spiral pipes, 5- centerings positioning
Device, 6- are vortexed cable, 7- endoscope module cables, 8- composite cables.
Specific implementation mode
It is described in detail With reference to embodiment with attached drawing to prying through eddy current probe in one kind of the invention.
As shown in Figure 1, prying through eddy current probe, including endoscope module 1, electric and pneumatic module 2, line in present invention one kind
Module 3, metal spiral pipe 4 are enclosed, alignment positioning device 5 is vortexed cable 6, endoscope module cable 7 and composite cable 8；
Endoscope module 1 is located at front end, and electric and pneumatic module 2, electric and pneumatic mould is arranged in 1 rear end of endoscope module
Group 2 is connect by metal spiral pipe 4 with coil module 3, and 3 front and back end of coil module is separately connected alignment positioning device 5, vortex electricity
Cable 6 is connect with coil module 3, and coil module 3 is hollow structure, and endoscope module cable 7 passes through coil module 3 and endoscope mould
1 connection of group, the service cable or tracheae of electric and pneumatic module 2 are connect across coil module 3 with electric and pneumatic module 2, whirlpool
Galvanic electricity cable 6, endoscope module cable 7 and 2 service cable of electric and pneumatic module are exported by composite cable 8.
The middle positioning device 5 can guarantee when endoscope module 1 stretches into heat-transfer pipe, be in heat-transfer pipe shaft core position.
The electric and pneumatic module 2 makes endoscope module 1 have Telescopic, can increase the safety of endoscope module 1,
When endoscope module 1 does not work in retraction containment, need to stretch out when work.
The endoscope module 1 carries LED light lighting module, and LED light lighting module has dimming function.
The electric and pneumatic module 2 includes electric model and gas dynamic mode point；The electric Drive Mode, it is electric and pneumatic
Module 2 includes motor and electric transmission axis；Endoscope module 1 is mounted on electric transmission axis, and motor rotates and reverse to drive
Endoscope module 1 extends and retracts in safeguard protection shell；The advantages of pattern is that telescopic process is steady, and stability is high, the disadvantage is that
It is required that axial space it is longer, can only check straight tube.
The pneumatic actuation pattern, electric and pneumatic module 2 include tracheae, piston, spring and pneumatic transmission shaft；Endoscope
Module 1 is mounted on pneumatic gearing axis, and by tracheae aerating, piston pushes pneumatic gearing axis that endoscope module 1 is ejected safety
Shell is withdrawn endoscope module 1 in containment using the elastic force of spring after relaxing one's efforts；The advantages of pattern, which is axial space, to contract
Short, effectively in endoscope module 1 by bend loss, the disadvantage is that under working environment harsh conditions, Telescopic is unstable.
Claims (5)
1. prying through eddy current probe in one kind, it is characterised in that：The probe includes endoscope module, electric and pneumatic module, coil
Module, metal spiral pipe, alignment positioning device are vortexed cable, endoscope module cable and composite cable；
Endoscope module is located at front end, and electric and pneumatic module is arranged in endoscope module rear end, and electric and pneumatic module passes through
Metal spiral pipe is connect with coil module, and coil module front and back end is separately connected alignment positioning device, vortex cable and coil mould
Group connection, coil module are hollow structure, and endoscope module cable is connect across coil module with endoscope module, electronic or gas
The service cable or tracheae of dynamic model group are connect across coil module with electric and pneumatic module, are vortexed cable, endoscope module electricity
Cable and electric and pneumatic module service cable are exported by composite cable.
2. prying through eddy current probe in one kind according to claim 1, it is characterised in that：The endoscope module, it is electronic or
Pneumatic module, coil module, metal spiral pipe outside diameter are less than heat transfer bore；When endoscope module stretches into heat-transfer pipe to be measured
When, middle positioning device is contacted with heat transfer inside pipe wall, and the middle positioning device makes to stretch into the endoscope module in heat-transfer pipe and is in biography
Heat pipe shaft core position.
3. prying through eddy current probe in one kind according to claim 1, it is characterised in that：The endoscope module carries LED
Lamp lighting module, LED light lighting module have dimming function.
4. prying through eddy current probe in one kind according to claim 1, it is characterised in that：The electric and pneumatic module includes
Motor and electric transmission axis；Endoscope module is mounted on electric transmission axis, and motor rotates and reverse to drive endoscope module
It extends and retracts in safeguard protection shell.
5. prying through eddy current probe in one kind according to claim 1, it is characterised in that：The electric and pneumatic module includes
Tracheae, piston, spring and pneumatic transmission shaft；Endoscope module is mounted on pneumatic gearing axis, and by tracheae aerating, piston pushes
Endoscope module is ejected containment by pneumatic gearing axis, and endoscope module is withdrawn containment using the elastic force of spring after relaxing one's efforts
It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721853368.8U CN207717692U (en) | 2017-12-27 | 2017-12-27 | Inside pry through eddy current probe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721853368.8U CN207717692U (en) | 2017-12-27 | 2017-12-27 | Inside pry through eddy current probe |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207717692U true CN207717692U (en) | 2018-08-10 |
Family
ID=63050155
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721853368.8U Active CN207717692U (en) | 2017-12-27 | 2017-12-27 | Inside pry through eddy current probe |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207717692U (en) |
-
2017
- 2017-12-27 CN CN201721853368.8U patent/CN207717692U/en active Active
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207717692U (en) | Inside pry through eddy current probe | |
| CN206001953U (en) | Single tube sheet heat exchanger | |
| CN105811130A (en) | Water-cooled cable connector and short-network structure employing same | |
| CN103207236A (en) | Inspection equipment used for spiral tube heat exchanger or steam generator | |
| CN200989954Y (en) | Flame detection optical fiber protection conduit | |
| CN105020533B (en) | Sealing device for fibrous composite pipe hydraulic bursting test | |
| CN216030538U (en) | Fluid coupling ware extracting tool | |
| CN203245570U (en) | Tool for demounting shaft | |
| CN201772941U (en) | Multipoint thermocouple specially used for gasification furnace | |
| CN206748348U (en) | A kind of laborsaving dismounting bar of Quick Release | |
| KR101260816B1 (en) | Apparatus for measuring temperature of circulating water in condenenser | |
| CN216619787U (en) | Waste heat boiler water-cooling wall installation positioner | |
| CN207122711U (en) | A kind of thermal sleeve thermocouple leak source online plugging device with pressure | |
| CN201433224Y (en) | Cooling device of pneumatic dreg blocking air cylinder | |
| CN210953130U (en) | Thermocouple installation protection device | |
| CN208702945U (en) | A kind of staged cartridge type shell for new-energy automobile | |
| CN208923786U (en) | A kind of fixed fitting of the cable of electrical engineering | |
| CN217536056U (en) | Auxiliary device for quickly installing blast furnace tuyere small sleeve | |
| CN219402295U (en) | Installation positioning tool for double-core integral air brick | |
| CN1282845C (en) | Convection and pressure loss preventing hot gas conduit | |
| CN204874635U (en) | Intensive condenser tube structure of wind gap cooling wall | |
| CN214735957U (en) | Spiral coil pipe heat treatment fixing device | |
| CN212720901U (en) | Air cooling system device for kiln | |
| CN210051533U (en) | Impeller overspeed test tool structure | |
| CN207448375U (en) | A kind of polymeric kettle shaft sleeve withdrawal tool |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |